Basic Information of O-Nitrobenzaldehyde 552-89-6

CAS No of key intermediates.: 552-89-6

Other Names: O-Nitrobenzaldehyde

MF: C7H5NO3

EINECS No.: 209-025-3

Usage of O-Nitrobenzaldehyde 552-89-6

O-nitrobenzaldehyde, also known as 2-nitrobenzaldehyde, molecular formula C7H5NO3, a molecular weight of 151.12, is a light yellow powder crystals or bright yellow needle-like crystals. Volatile with water vapor, benzaldehyde flavor. Soluble in ethanol, ether, benzene, slightly soluble in water. Reacts violently with pyrrole. The main purpose is for organic synthesis intermediates, pharmaceuticals and dye intermediates.

The product is an organic synthesis intermediate used in the pharmaceutical industry for the manufacture of anti-anginal medicine nitropyridine (nifedipine); its nitro group is reduced to amino group to become anthranilamine, which can be used to synthesize quinoline ring drugs. This product is mainly used for medicine and dye intermediates. And to test acetone reagent.

Containers: Cardboard barrel with plastic lining, with a net weight of 25kg.

Production capacity: 15mt/month.

Warning: keep away from light and moisture and not to be handled together with toxic materials.

MORE_DETAIL O-Nitrobenzaldehyde 552-89-6

Basic Information of O-Nitrobenzaldehyde 552-89-6

CAS No of key intermediates.: 552-89-6

Other Names: O-Nitrobenzaldehyde

MF: C7H5NO3

EINECS No.: 209-025-3

Usage of O-Nitrobenzaldehyde 552-89-6

O-nitrobenzaldehyde, also known as 2-nitrobenzaldehyde, molecular formula C7H5NO3, a molecular weight of 151.12, is a light yellow powder crystals or bright yellow needle-like crystals. Volatile with water vapor, benzaldehyde flavor. Soluble in ethanol, ether, benzene, slightly soluble in water. Reacts violently with pyrrole. The main purpose is for organic synthesis intermediates, pharmaceuticals and dye intermediates.

The product is an organic synthesis intermediate used in the pharmaceutical industry for the manufacture of anti-anginal medicine nitropyridine (nifedipine); its nitro group is reduced to amino group to become anthranilamine, which can be used to synthesize quinoline ring drugs. This product is mainly used for medicine and dye intermediates. And to test acetone reagent.